Web Control System for Transcorneal Electric Stimulation Devices

Jorge Santiago Amaya; Cristhian Alejandro Romero González; Kevin Alexis Aguilar Bailon

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Web Control System for Transcorneal Electric Stimulation Devices

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cqvip:The electrical stimulation systems dedicated to generating unconventional waveforms have been shown to have a positive effect in the treatment of channelopathies, for example, in open-angle glaucoma. However, these signals can be distorted due to different external circumstances, which could lead to counterproductive effects in treatments such as increased intraocular pressure IOP or other effects that are unknown due to poor electrical signaling. In the present work, a web control system capable of communicating with transcorneal electrical stimulation equipment is proposed for the remote control of treatments applied to patients suffering from various ocular channelopathies. As the first phase of this system, it will only focus on treating patients with open-angle glaucoma since this disease is characterized by an increase in IOP and can be immediately measured by an ophthalmologist.

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《生物医学工程（英文）》 |2021年第12期|P.452-459|共8页
作者
Jorge Santiago Amaya; Cristhian Alejandro Romero González; Kevin Alexis Aguilar Bailon;
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作者单位

Electronic Engineering Technological Institute of Higher Studies of Chalco (TESCHA) Chalco México;

Electronic Engineering Technological Institute of Higher Studies of Chalco (TESCHA) Chalco México;

Mexiquense Council of Science and Technology (COMECYT) Toluca México;

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原文格式 PDF
正文语种 chi
中图分类计算技术、计算机技术;
关键词
Mobile App; Database; Ocular Channelopathies; Electric Stimulation; Signal Monitoring; Web Control System; Intraocular Pressure; Mean Square Error;

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Web Control System for Transcorneal Electric Stimulation Devices

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